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Definition of the deposition methods and tools that we will use to manufacture our wide HTS tapes: polishing, Physical Vapor Deposition (PVD), and Metal Organic Chemical Vapor Deposition (MOCVD).

Finalisation of our MOCVD vacuum chamber design.

Finalisation of the concept for the main parts of our first PVD machine, including the vacuum chamber, deposition tools, and roll-to-roll system.

Validation of the modular approach for the polishing machine.

Creation and structuring of our HTS characterisation workflow: we acquired several characterisation tools (AFM, microscopy, profilometry, etc.) and established partnerships with research centres.

Acquisition of a small PVD machine (June 2025), and order of a small MOCVD as well (October 2025): this commercial equipment allows us to start running small-scale processes, that we will transpose to our large, in-house machines.

First installations and commissioning of our MOCVD, including first roll-to-roll tests with 20m-long wide Hastelloy tape (October 2025) and reactor cabling (November 2025).

Identification of a strategy to safely operate the MOCVD: in collaboration with University of Nancy, we established a process to treat MOCVD exhaust gases. The required equipment has been identified.

Delivery and commissioning of our oxygen furnace.

Commissioning of our first PVD machine: we installed and tested the vacuum equipment, assembled the roll-to-roll system and tested it with 10-meter-long wide Hastelloy, and installed the deposition systems as well as the fluid distribution lines.

We design our first in-house HTS magnet, capable of reaching a 0.5T peak. It is a 4cm bore magnet, built using 10m of HTS, coil displayed resilience to quench up to 400 A, cooled in liquid nitrogen

Finalisation of our MOCVD vacuum chamber design.

Finalisation of the concept for the main parts of our first PVD machine, including the vacuum chamber, magnetron cathodes, IBAD system, and trolley for roll-to-roll management.

December 2024 – Validation of the modular and AGILE approach for the polishing machine.

Definition of our oxygen loading process approach.

Creation and structuring of our HTS characterisation process: we acquired several characterisation tools (upgraded AFM, dark field microscopy, optical profilometry, Raman system) and established partnerships with research centres to access those we do not own.

Acquisition of a small PVD machine (June 2025), and order of a small MOCVD as well (October 2025, with expected delivery in March 2026): this commercial equipment allows us to start running small-scale manufacturing processes, that we will transpose to our large, in-house machines once they are complete.

First installations and commissioning of our MOCVD, including first roll-to-roll tests with 24cm wide and 20m long Hastelloy tape (October 2025) and reactor cabling (November 2025).

Identification of a strategy to safely use the MOCVD and oxygen furnace: in collaboration with University of Nancy, we established a process to treat MOCVD exhaust gases. The required equipment has been ordered.

Delivery and commissioning of our oxygen furnace.

First installations and commissioning of our first PVD: we installed and tested our vacuum equipment, assembled our roll-to-roll system and tested it with 24cm wide Hastelloy, and installed our deposition systems (magnetron and IBAD) as well as our fluid distribution lines (water and gas).